Power Electronics SD750 Series, Руководство по аксессуарам, Страница: 37 / 42

POWER ELECTRONICS SD750
COMMISSIONING
35
EN
EN
Custom Modbus
Custom Modbus comes by default as detailed in the tables below. For more information on Modbus
addresses, refer to the Software and Programming Manual of the SD750 drive.
Master´s input
Position Variable
Modbus
Address
Modbus Range
1 Comms Status 43585 Real Value= Modbus Value
2 Motor speed (%) 42003 Real Value= (Modbus Value / 100)
3 Motor current 42007 Real Value= (Modbus Value / 10)
4 Motor power 42010 Real Value= Modbus Value
5 Motor torque 42008 Real Value= (Modbus Value / 100)
6 Motor frequency 42005 Real Value= (Modbus Value / 10)
7 Motor voltage 42006 Real Value= Modbus Value
8 Motor phi cosine 42009 Real Value= (Modbus Value / 100)
9 DC bus voltage 42035 Real Value= Modbus Value
10 Speed reference 42001 Real Value= (Modbus Value / 100)
11 Drive temperature 42039 Real Value= Modbus Value
12 IGBT temperature 42040 Real Value= Modbus Value
13 L1-L2 supply voltage 42031 Real Value= Modbus Value
14 L2-L3 supply voltage 42032 Real Value= Modbus Value
15 AI1 percentage (%) 42062 Real Value= (Modbus Value / 100)
16 AI2 percentage (%) 42065 Real Value= (Modbus Value / 100)
Master´s output
Position Variable
Modbus
Address
Modbus Range
1 Host Start Control 43586 Real Value= Modbus Value
2 Host Comms Control (Ref) 43570 Real Value= Modbus Value
3 Host Reset Control 43588 Real Value= Modbus Value
4 Host Trip Control 43589 Real Value= Modbus Value
5 Acceleration rate 1 40181 Real Value= (Modbus Value / 100)
6 Deceleration rate 1 40182 Real Value= (Modbus Value / 100)
7 Main start mode 40224 Real Value= Modbus Value
8 Main stop mode 40221 Real Value= Modbus Value
9 Minimum speed limit 1min 40401 Real Value= (Modbus Value / 100)
10 Maximum speed limit 1min 40402 Real Value= (Modbus Value / 100)
11 Speed ref 1 source 40051 Real Value= Modbus Value
12 Torque ref 1 source 40054 Real Value= Modbus Value
13 Main control mode 40071 Real Value= Modbus Value
14 Current limit 40405 Real Value= (Modbus Value / 10000)
15 Torque limit 40409 Real Value= (Modbus Value / 100)
16 Regeneration I limit 40417 Real Value= (Modbus Value / 10000)